Monitoring & Measurement
Real-time dust monitoring that links particulate readings to site action, so dust is controlled before it becomes a complaint or compliance issue.
Dust controlled on site before it becomes a compliance issue
Dust monitoring is the measurement of airborne particulate matter — typically PM1, PM2.5, PM10 and total suspended particulates (TSP) — at and around a site to control dust emissions and demonstrate compliance. It combines fixed or portable monitors, upwind and downwind locations, wind measurement and alert thresholds that trigger mitigation such as water spraying when levels rise.
Dust is often the most visible environmental impact of construction, demolition, quarrying, crushing, cement production, bulk handling at ports and many industrial operations. In Saudi Arabia's dry conditions, with frequent high winds and natural dust events, particulate levels can rise quickly, and it can be difficult to show whether elevated readings come from the site or from regional background. Environmental permits, environmental management plans and project specifications increasingly require continuous particulate monitoring with documented responses to high readings.
Our dust monitoring service designs and operates particulate networks for PM1, PM2.5, PM10 and TSP. Fixed continuous stations typically use optical light-scattering sensors for real-time indication, while reference or equivalent methods such as beta attenuation or gravimetric sampling are used where data must be directly comparable with standards. Portable monitors support short-term surveys and investigations. Stations are placed upwind and downwind, at fence-lines and near sensitive receptors, and paired with wind speed and direction sensors so readings can be attributed correctly.
The practical value lies in linking data to action. Real-time alerts notify site teams when particulate levels approach agreed trigger values, so water spraying, activity adjustments or other mitigation can start immediately. A data platform gives managers and consultants access to current and historical readings, while periodic reports document compliance, calibration checks and actions taken. Equipment can be purchased or rented depending on project duration, and the monitoring network can be relocated as construction phases or operations move across the site.
You may need this service when:
Upwind and downwind station layout based on dust sources, prevailing winds, site boundaries and sensitive receptors, documented with trigger values and response procedures.
Real-time PM1, PM2.5, PM10 and TSP monitors using optical light-scattering sensors, with wind speed and direction sensors and remote data transmission.
Beta attenuation or gravimetric sampling where results must be directly comparable with standards, or to check and correct optical sensor readings.
Configurable alerts by SMS or email when particulate levels approach trigger values, linked to agreed mitigation actions such as water spraying.
Online access to live and historical readings, plus periodic compliance reports with wind analysis, exceedance logs and records of actions taken.
Scheduled calibration checks and maintenance, with monitors available for purchase or rental depending on project duration and ownership preferences.
We identify dust sources, activities, prevailing winds, receptors and applicable requirements, and review project specifications or permit conditions.
We define monitor locations, PM fractions, measurement methods, trigger values and the alert and response procedure with your site team.
We install monitors and wind sensors, set up power and communications, configure the data platform and verify readings at commissioning.
We monitor data continuously, maintain equipment, carry out calibration checks and support site teams in responding to alerts.
We issue periodic reports showing particulate levels, wind conditions, exceedances, their likely causes and mitigation actions taken.
We relocate monitors as project phases change and review trigger values and network layout when operations or receptors change.
| Deliverable | Format | Stage |
|---|---|---|
| Dust monitoring plan | Plan with network layout, trigger values and response procedure (PDF) | Before mobilisation |
| Installation and commissioning record | Commissioning checklist and photos (PDF) | At installation |
| Online data access | Web dashboard with live and historical data | From commissioning |
| Alert log | Record of alerts and actions taken (Excel) | Ongoing |
| Calibration check records | Calibration and maintenance logs (PDF) | Per maintenance schedule |
| Periodic dust monitoring report | Report with charts, wind roses and exceedance analysis (PDF) | Monthly or per permit cycle |
Requirements vary by activity, location and permit conditions. We confirm the applicable requirements for your project at the start of every engagement.
Optical light-scattering monitors give real-time readings and are well suited to alerts and site control, but their results can be affected by particle type and humidity. Reference or equivalent methods, such as beta attenuation or gravimetric sampling, are designed to produce results directly comparable with standards. Many networks combine both: optical monitors for real-time control and a reference method to check and correct the optical data.
At a minimum, most sites need one upwind and one or more downwind monitors so that site contribution can be separated from background. The final number depends on site size, the spread of dust sources, prevailing winds, the number and location of sensitive receptors and any requirements in your permit or project specification. We propose a layout after reviewing these factors with you.
Trigger values are agreed for each monitor, often with an early warning level and an action level. When a reading reaches a trigger, the system sends an SMS or email to named site personnel. The response procedure defines what happens next, such as starting water spraying, pausing a dusty activity or checking wind conditions. Each alert and response is logged and included in reports.
Rental usually suits construction projects with a defined duration, because equipment can be returned or relocated when work ends. Purchase can make more sense for permanent operations such as quarries, cement plants or ports, where monitoring will continue for many years. We explain the costs and responsibilities of each option, including maintenance and calibration, so you can choose on a clear basis.
Natural dust events can raise particulate levels across a wide area. By comparing upwind and downwind monitors and analysing readings against wind speed and direction, we can usually show whether a peak came from the site or from regional conditions. These events are identified in reports so that your compliance record reflects your actual site contribution.
Ambient air quality monitoring for gases, particulates and meteorology, plus stack emissions measurement, with validated data and compliance-ready reports.
Key benefit: Clear evidence of air quality performance for permits and stakeholders
Design and delivery of multi-media environmental monitoring programmes: sampling plans, field work, laboratory coordination, data QA/QC and periodic compliance reports.
Key benefit: Defensible environmental data that keeps permit reporting on track
Construction and operational environmental management plans that define mitigation, monitoring, responsibilities and KPIs for contractors and operators.
Key benefit: Approval commitments translated into practical, auditable site controls
Ongoing compliance management: obligation registers, inspection readiness, responses to regulatory notices and violations, and corrective action plans that close gaps.
Key benefit: Lower exposure to violations and operational disruption
What solar and wind projects must plan for environmentally: site screening, baseline surveys, construction impacts, wildlife, waste and decommissioning.
How to design dust monitoring for construction: PM1, PM2.5, PM10 and TSP explained, optical versus reference methods, network design, alerts and reporting.
Share your project details and an environmental specialist will review your requirements.